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All keywordsAdiabatic processCaloric theoryCalorimetric coefficientsCalorimetryCarnot cycleCarnot efficiencyClausiusClausius inequalityCoefficient of performanceCold reservoirConvexityCritical pointEfficiencyEnergy representationEnthalpyEntropyEntropy productionEntropy representationEquation of stateEquilibriumEuler's theoremExact differentialExtensivityFirst lawFundamental relationsGibbs free energyGibbs-Duhem relationHeat capacitiesHeat enginesHeat transferHeat-to-work conversionHelmholtz free energyHistory of thermodynamicsHot reservoirIdeal gasIncompressible phaseInstabilityIntensivityInternal energyIrreversibilityIsothermsJoseph BlackJouleKelvinLatent heatLegendre transformMaxwell constructionMaxwell relationsMayerMultivariate differential calculusOpen systemsPhase diagramPhase transitionsPressure-volume workQuasi-static processQuasi-static transformationsRankine cycleReservoirReversibilityRumford and DavySaturation curveSecond lawSpontaneous evolutionState functionState functionsState variablesSteam engineThermodynamic potentialsThermodynamic stabilityThermodynamic systemThermoelastic coefficientsThird lawTS diagramTwo-reservoir cyclesUniversality of thermodynamicsVan der Waals gasWalls

Adiabatic process

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Lesson 4: The First Law of Thermodynamics

Caloric theory

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Lesson 2: A History of Thermodynamics and Calorimetry

Calorimetric coefficients

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Lesson 8: Calorimetric and Thermoelastic Coefficients

Calorimetry

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Carnot cycle

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Lesson 10: Heat Engines

Carnot efficiency

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Lesson 1: General Introduction

Clausius

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Clausius inequality

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Lesson 10: Heat Engines

Coefficient of performance

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Lesson 10: Heat Engines

Cold reservoir

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Lesson 1: General Introduction

Convexity

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Critical point

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Lesson 9: Phase Transitions

Efficiency

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Energy representation

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Enthalpy

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Lesson 7: Formal Structure: Changes of Variables

Entropy

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Entropy production

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Lesson 5: Reversibility and Irreversibility: The Second Law

Entropy representation

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Equation of state

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Equilibrium

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Euler's theorem

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Exact differential

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Extensivity

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First law

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Lesson 4: The First Law of Thermodynamics

Fundamental relations

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Lesson 6: Mathematical Structure: The Fundamental Relations

Gibbs free energy

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Lesson 7: Formal Structure: Changes of Variables

Gibbs-Duhem relation

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Heat capacities

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Heat engines

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Heat transfer

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Lesson 4: The First Law of Thermodynamics

Heat-to-work conversion

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Lesson 1: General Introduction

Helmholtz free energy

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Lesson 7: Formal Structure: Changes of Variables

History of thermodynamics

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Lesson 2: A History of Thermodynamics and Calorimetry

Hot reservoir

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Lesson 1: General Introduction

Ideal gas

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Lesson 2: A History of Thermodynamics and Calorimetry

Incompressible phase

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Lesson 8: Calorimetric and Thermoelastic Coefficients

Instability

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Lesson 9: Phase Transitions

Intensivity

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Lesson 3: Fundamental Concepts

Internal energy

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Lesson 4: The First Law of Thermodynamics

Irreversibility

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Lesson 5: Reversibility and Irreversibility: The Second Law

Isotherms

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Lesson 9: Phase Transitions

Joseph Black

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Lesson 2: A History of Thermodynamics and Calorimetry

Joule

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Lesson 2: A History of Thermodynamics and Calorimetry

Kelvin

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Latent heat

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Legendre transform

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Maxwell construction

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Maxwell relations

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Mayer

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Lesson 2: A History of Thermodynamics and Calorimetry

Multivariate differential calculus

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Open systems

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Phase diagram

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Lesson 9: Phase Transitions

Phase transitions

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Lesson 9: Phase Transitions

Pressure-volume work

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Lesson 4: The First Law of Thermodynamics

Quasi-static process

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Quasi-static transformations

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Lesson 3: Fundamental Concepts

Rankine cycle

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Lesson 10: Heat Engines

Reservoir

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Lesson 3: Fundamental Concepts

Reversibility

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Rumford and Davy

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Lesson 2: A History of Thermodynamics and Calorimetry

Saturation curve

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Lesson 9: Phase Transitions

Second law

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Lesson 1: General IntroductionLesson 5: Reversibility and Irreversibility: The Second Law

Spontaneous evolution

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Lesson 5: Reversibility and Irreversibility: The Second Law

State function

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Lesson 4: The First Law of Thermodynamics

State functions

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Lesson 3: Fundamental Concepts

State variables

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Lesson 3: Fundamental Concepts

Steam engine

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Lesson 10: Heat Engines

Thermodynamic potentials

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Lesson 7: Formal Structure: Changes of Variables

Thermodynamic stability

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Lesson 6: Mathematical Structure: The Fundamental RelationsLesson 8: Calorimetric and Thermoelastic Coefficients

Thermodynamic system

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Lesson 3: Fundamental Concepts

Thermoelastic coefficients

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Lesson 8: Calorimetric and Thermoelastic Coefficients

Third law

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Lesson 6: Mathematical Structure: The Fundamental Relations

TS diagram

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Lesson 10: Heat Engines

Two-reservoir cycles

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Lesson 10: Heat Engines

Universality of thermodynamics

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Lesson 1: General Introduction

Van der Waals gas

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Lesson 9: Phase Transitions

Walls

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Lesson 3: Fundamental Concepts